LINCOLN, Neb.– From the air, the spring landscape here is a vast area of brown farmland stretching out below, prepared for farmers to dig in and plant their corn and soybeans, the state’s 2 top crops. But what flying above Nebraska does not show is the large network of aquifers and groundwater that provides those millions of farm acres, a resource that has been threatened over the last few years by drought and nitrogen fertilizer contamination.
On the ground at the University of Nebraska-Lincoln, faculty and scientists are dealing with solutions to these issues, while concurrently preparing students for the future of agriculture. The university’s fledgling significant, agricultural systems innovation, blends hard science, data science, engineering and management.
It’s created to prepare trainees for what’s referred to as accuracy agriculture, which uses modern approaches to farming that can improve both performance and ecological effects. In addition to standard training, this farming degree requires an understanding of data science to enable analysis of information from satellite images and myriad sensors that gather details on soil health, crop development and water use.
Lots of farmers, particularly older ones, have actually hesitated to embrace the new practices since they didn’t have the education essential to translate the data, according to a 2024 Government Responsibility Office report on precision agriculture. If they might take advantage of the brand-new innovation, professionals say, it may help allow farms to stay in company with less workforce.
Graduate student Kevin Steele (left)shows Ethan Vermeeren, an agricultural systems technology major, how to fly a drone throughout Yeyin Shi’s drone sensing and spray innovation course. Credit: Miles MacClure for The Hechinger Report
“There’s growing numbers of data available, but it’s tough to make use of all that information,” said Derek Heeren, a teacher in the biological systems engineering department at Nebraska-Lincoln, whose research study focuses on accuracy irrigation. “So a great deal of what we do is that tech piece, collecting information, logging information, analyzing data.”
Teaching this to undergraduates is a reasonably new phenomenon. Among the lots of colleges and universities that provide agriculture-related degrees, only six have a complete major in farming systems innovation: Nebraska-Lincoln, Iowa State, Oklahoma State, the University of Missouri, South Dakota State and Utah State.
Along with data analytics, the agricultural systems innovation students at Nebraska-Lincoln enroll in hydraulics, electrical systems, entrepreneurship and more. They learn how to use drones for jobs like spraying pesticides in little and targeted amounts and surveying land, and how to operate self-governing tractors remotely.
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Outside the classroom, they can intern at on-campus laboratories like the Machine Automation & Agricultural Robotics Laboratory, the Agricultural Intelligence Lab and the Nebraska Tractor Test Laboratory– the just one of its kind in the nation. Students likewise participate in clubs like the quarter-scale tractor group, where they build a small tractor and go into a year-end across the country competitors.
Cody Nieratka, a sophomore farming systems technology significant from Massachusetts, stated he was excited about the use of self-governing equipment and artificial intelligence in agriculture, particularly drones and remote-sensing innovation. He wishes to work on a farm, but stated he has no concept what his future task might be.
“I’m uncertain where I’ll wind up career-wise, due to the fact that it’s changing so quickly,” said Nieratka, who ended up being thinking about agriculture throughout high school after operating at a camping site that kept stock on the property. However he thinks these modifications might help smaller farms survive.
At NFarms, a new digital farming field research website, software tracks the place of autonomous tractors in the field. Credit: Miles MacClure for The Hechinger Report
“If we can get some of these smaller sized farms to gain access to this innovation and they can do the task of 10 or nevertheless many people, that might save them,” he said.
Labor lacks have plagued agriculture for years because of the aging farmer population. Nationally, the average farmer’s age has sneaked up, from 53 in 2002 to 58 in 2022, according to the U.S. Department of Farming’s 2022 Census of Agriculture. The worked with farmworker population is likewise aging; it rose from 36 in 2006 to just under 40 in 2022.
Even as farming methods become less labor-intensive and more tech-driven, the variety of trainees all set to fill the new sort of jobs stays fairly low. A joint Purdue University and USDA report projects that almost 20,000 jobs in food production will open annually between 2025 and 2030, however that colleges with agriculture-related programs will just finish 58.7 percent of the graduates required to fill those tasks.
“We can’t finish sufficient trainees in any of these programs today due to the fact that there’s simply such a demand throughout the state,” stated Joe Luck, interim department chair of the biological systems engineering department at Nebraska-Lincoln.
He has also had trouble getting undergraduates to enroll in the new significant. In 2019, he said, there were about 100 students learning mechanized systems management, a precursor to the farming systems technology major; the new major now has 37 students. Luck said that enrollment dropped during the COVID-19 pandemic and hasn’t recuperated. He included that universities require to do more to advertise the methods their agriculture degree programs can prepare trainees for future tasks in farming.
< img width= "780" height="497"src ="https://i0.wp.com/hechingerreport.org/wp-content/uploads/2026/12/HE-agtech-4.jpg?resize=780%2C497&ssl=1"alt= ""/ > A model drone in development beings in Santosh Pitla’s Machine Automation & Agricultural Robotics Laboratory. Credit: Miles MacClure for The Hechinger Report
Bruce Erickson, a teacher of digital agriculture at Purdue University, stated that the lower number of trainees learning the field might be associated with chaos within the farming market. “Farming has lots of problems right now,” he said, consisting of high fertilizer costs, varying crop costs and issue about ecological impacts, consisting of water contamination and cancer rates connected to pesticides.
“The common farmer is viewed somewhat suspiciously,” he stated, “out there with their humongous sprayer placing on pesticides.” He thinks this understanding has actually influenced some trainees to reject studying farming.
Abbie Cox, a junior from Texas who in high school took part in the National FFA Organization, previously the Future Farmers of America, revealed concern about the stability of a farm career.
Related: ‘We’re from the university and we’re here to assist’
“With whatever going up and down and with trade being so insane, I do see it scaring some youths away from being farmers,” said Cox. She herself is going for a business career course and hopes her internship with Caterpillar Inc. this summertime will result in a job deal.
Luck said the Nebraska Tractor Test Laboratory is a specific hit with potential companies. It is accountable for independently testing claims about tractor performance made by producers like John Deere, Kubota and others, throughout the nation. Each spring and fall, student interns help the lab group with putting tractors through the tests. “There’s not another tractor test lab in the country,” he said. “That’s a real competitive advantage for our trainees.”
Derek Heeren (left) leads a water pressure explore trainees in his water laboratory. Credit: Miles MacClure for The Hechinger Report
The USDA has actually begun on a brand-new National Center for Resilient and Regenerative Accuracy Farming in Lincoln, also. Guillermo Balboa, an agronomy teacher at Nebraska-Lincoln, believes that will assist draw in more trainees to study farming once the center is complete, given that there will be internship opportunities and potentially classes held at the new USDA center.
As the field modifications, concerns about job potential customers are on the minds of moms and dads. Luck said that moms and dads who explore the college with their children have begun asking if a degree from the program will be AI-proof. “Who would’ve believed five years ago you ‘d be responding to concerns like that in a recruitment see?” said Luck.
However numerous farming professors at Nebraska-Lincoln are bullish on AI.
“We’ve altered from how can we keep trainees from using AI to how can we motivate them to utilize AI appropriately and when is it suitable and when is it not?” stated Rick Stowell, a biological systems engineering teacher at UNL.
Luck said students will use AI in the next generation of agriculture tasks, however he does not think it will change them. “I’m not worried about that hazard to them yet since we still user interface with the real world,” he said. “Our programs are truly geared towards, ‘How do we user interface with water, soil, plants, animals and human beings.'”
Contact editor Lawrie Mifflin at 212-678-4078 or [email protected]!.?.!. This story about farming degrees was produced by
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